MSoNLV or Momentary Suspension of Normal Light Velocity
You are assuming that light(photons) can never under any conditions or circumstances, travel faster than its normal velocity of 300,000km per second. This simply isn't true. There are conditions, found only inside imploding supernovae, and only for a brief fraction of a second, one billionth of a trillionth of a trillionth of one second. Here, just as in the Big Bang or Gush as I call it, light photons are so 'energized' by the tremendous gravitational force of the implosion, that they can and do travel much faster than their normal velocity.
Since photons have a messuralble mass, albeit very miniscule, they can and are effected by extreme temperatures and gravitational pressures inside normal stars, and especially exploding supernovae.
When the socalled Black Hole is formed, or I say, exposed, all light, regardless of its velocity, comes to an abrupt halt, at what is commonly called the event horizon. As does any other particle of mass. Therefore the Laws of the Conservation of Matter and Energy are not violated. There are NO wormholes into other universes, for there hasn't been one since the days of the Big Gush or Whooosh. Now I suppose you'll want me to explain what I mean by 'Big Gush or Whooosh'.
Originally posted by Nova1021
Ok, I really thought about it and it seemed perfectly reasonable. How does it violate the laws of physics?
Ok, you lost me. How does light travel faster than normal in a supernova? What do effect do extreme temperature nd pressure have on light? Please explain what I'm missing here.
You are assuming that light(photons) can never under any conditions or circumstances, travel faster than its normal velocity of 300,000km per second. This simply isn't true. There are conditions, found only inside imploding supernovae, and only for a brief fraction of a second, one billionth of a trillionth of a trillionth of one second. Here, just as in the Big Bang or Gush as I call it, light photons are so 'energized' by the tremendous gravitational force of the implosion, that they can and do travel much faster than their normal velocity.
Since photons have a messuralble mass, albeit very miniscule, they can and are effected by extreme temperatures and gravitational pressures inside normal stars, and especially exploding supernovae.
When the socalled Black Hole is formed, or I say, exposed, all light, regardless of its velocity, comes to an abrupt halt, at what is commonly called the event horizon. As does any other particle of mass. Therefore the Laws of the Conservation of Matter and Energy are not violated. There are NO wormholes into other universes, for there hasn't been one since the days of the Big Gush or Whooosh. Now I suppose you'll want me to explain what I mean by 'Big Gush or Whooosh'.